Export the waveform to your workspace as a structure, to a .mat
or a .bb file, or to a runnable MATLAB® script.

Note

You can use the MATLAB script to reproduce your waveform outside of the Wireless
Waveform Generator app.

Generate a waveform that you can transmit using a connected lab test instrument. The
Wireless Waveform Generator app can transmit using instruments supported by
the rfsiggen
function. Use of the transmit feature in the Wireless Waveform Generator app
requires Instrument Control Toolbox.

Generate 16-QAM Waveform with Impairments

Open the Wireless Waveform Generator app and configure a
16-QAM waveform. Specify a phase imbalance of 11.25 degrees (pi/16
radians) and an amplitude imbalance of 1.5 dB. Click Generate to
generate the waveform.

Select the Filtering parameter and apply root raised cosine
filtering. Click Generate again to generate a waveform using the
current configuration. The plotted waveform changes to reflect the updated
configuration.

Generate BLE Waveform

Open the Wireless Waveform Generator app and configure a
Bluetooth low energy (BLE) waveform. To use the BLE feature, the app requires Communications Toolbox Library for the Bluetooth Protocol. In the Waveform Type section, click Bluetooth
Low Energy. Change the bit source to
User-defined and enter the input bits. Specify the value of
Samples per symbol as 32. Click
Generate to generate the BLE waveform. The plotted waveform is a
BLE waveform with GMSK-modulated samples. Change the visible plots by clicking
Visualize and then selecting one or more options between
Constellation Diagram, Time Scope
and Eye Diagram.